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As a result of shrinking device dimensions, the occurrence of transient errors is increasing. This causes system reliability to be reduced. Thus, fault-tolerant methods are becoming increasingly important, particularly in safety-critical applications. In this paper a novel fault-tolerant method is proposed through combining time redundancy with information redundancy to reduce hardware complexity...
In this paper, a new methodology to increase fault-tolerant and full error correction capabilities in self-checking adders based on the radix 2 signed digit (SD) representation is presented. The full error correction ability is indebted to "locality" property of carry propagation in this type of adder, in which the carry propagation is confined to neighbor digits. The second motive of using...
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